Modeling of a probe antenna for 3D microwave tomography | IEEE Conference Publication | IEEE Xplore

Modeling of a probe antenna for 3D microwave tomography


Abstract:

Simplified model of a probe antenna is regarded for application in the image reconstruction algorithm of the microwave tomography (MT) system operating in 3 to 6 GHz freq...Show More

Abstract:

Simplified model of a probe antenna is regarded for application in the image reconstruction algorithm of the microwave tomography (MT) system operating in 3 to 6 GHz frequency band. This probe model can reduce the computer resources and so as to accelerate the reconstruction algorithm.
Date of Conference: 15-18 January 2014
Date Added to IEEE Xplore: 02 October 2014
Electronic ISBN:978-1-4799-3942-8
Conference Location: Kota Kinabalu, Malaysia
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1. Introduction

Microwave imaging has promising application for effective tumor detection because of an observable contrast in the permittivity of normal and malignant breast tissues at microwave frequencies [1]. The structure of image reconstruction algorithms of MT systems includes a forward electromagnetic (EM) solver and inverse EM scattering solver [2]. As far as the inverse problem has nonlinear nature [3], the reconstruction process is based on a large amount of solutions of linear EM scattering problems. The development practice of reconstruction programs shows that the mentioned properties make a consumption of big computational time and computer resources for the image reconstruction in frequencies of more than 3 GHz when standard EM solvers like FDTD are used. For this reason, we developed simplified fast forward EM solver and simple model of probe antenna for our reconstruction algorithm.

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